// Установка силы тока на источнике постоянного ток
private void trackBar8_Scroll(object sender, EventArgs e)
{
curI = trackBar8.Value * ((Data.EaMax + Data.EaMin) / 100);
textBox2.Text = curI.ToString();
ASetValue(panel2, curI);
Rx = trackBar9.Value * 0.001 + trackBar0.Value * 0.01 + trackBar1.Value * 0.1 + trackBar2.Value * 1 + trackBar3.Value * 10 + trackBar4.Value * 100 + trackBar5.Value * 1000 + trackBar6.Value * 10000;
RxBox.Text = Rx.ToString();
if (radioButton1.Checked)
{
R = Convert.ToDouble(RaBox.Text) + Convert.ToDouble(RxBox.Text); // R = Rx + Ra
RBox.Text = R.ToString();
}
else if (radioButton2.Checked)
{
R = (Convert.ToDouble(RxBox.Text) * Convert.ToDouble(RvBox.Text)) / (Convert.ToDouble(RxBox.Text) + Convert.ToDouble(RvBox.Text)); // R = (Rx * Rv) / (Rx + Rv)
RBox.Text = R.ToString();
}
try
{
curV = curI * R;
VSetValue(panel1, curV);
trackBar7.Value = Convert.ToInt32(curV);
textBox1.Text = curV.ToString();
}
catch
{
return;
}
}
public override IEnumerable <SvgAttribute> GetAttributes()
{
var baseAttributes = base.GetAttributes();
if (baseAttributes != null)
{
foreach (var attr in baseAttributes)
{
yield return(attr);
}
}
var ci = CultureInfo.InvariantCulture;
yield return(new SvgAttribute("cx", "0",
() => Cx.ToString(ci),
v => Cx = SvgAttribute.ParseFloatAttribute(v)
));
yield return(new SvgAttribute("cy", "0",
() => Cy.ToString(ci),
v => Cy = SvgAttribute.ParseFloatAttribute(v)
));
yield return(new SvgAttribute("rx", "0",
() => Rx.ToString(ci),
v => Rx = SvgAttribute.ParseFloatAttribute(v)
));
yield return(new SvgAttribute("ry", "0",
() => Ry.ToString(ci),
v => Ry = SvgAttribute.ParseFloatAttribute(v)
));
yield return(new SvgAttribute("stroke-width",
() => StrokeWidth.ToString(ci),
v => StrokeWidth = SvgAttribute.ParseFloatAttribute(v)
));
yield return(new SvgAttribute("stroke",
() => ColorTranslator.ToSvg(Stroke),
v => Stroke = SvgAttribute.ParseColorAttribute(v, Stroke.A)
));
yield return(new SvgAttribute("stroke-opacity", "1",
() => ((double)Stroke.A / 255).ToString(ci),
v => Stroke = SvgAttribute.ParseOpacityAttribute(v, Stroke)
));
yield return(new SvgAttribute("fill",
() => Fill.A == 0 ? "none" : ColorTranslator.ToSvg(Fill),
v => Fill = SvgAttribute.ParseColorAttribute(v, Fill.A)
));
yield return(new SvgAttribute("fill-opacity", "1",
() => ((double)Fill.A / 255).ToString(ci),
v => Fill = SvgAttribute.ParseOpacityAttribute(v, Fill)
));
}
private void trackBar6_Scroll(object sender, EventArgs e)
{
Rx = trackBar9.Value * 0.001 + trackBar0.Value * 0.01 + trackBar1.Value * 0.1 + trackBar2.Value * 1 + trackBar3.Value * 10 + trackBar4.Value * 100 + trackBar5.Value * 1000 + trackBar6.Value * 10000;
RxBox.Text = Rx.ToString();
if (radioButton1.Checked)
{
R = Convert.ToDouble(RaBox.Text) + Convert.ToDouble(RxBox.Text); // R = Rx + Ra
RBox.Text = R.ToString();
}
else if (radioButton2.Checked)
{
R = (Convert.ToDouble(RxBox.Text) * Convert.ToDouble(RvBox.Text)) / (Convert.ToDouble(RxBox.Text) + Convert.ToDouble(RvBox.Text)); // R = (Rx * Rv) / (Rx + Rv)
RBox.Text = R.ToString();
}
curI = curV / R;
trackBar8.Value = Convert.ToInt32(curI);
ASetValue(panel2, curI);
textBox2.Text = curI.ToString();
}